Bayes Without Bernoulli: Simple Conditions for Probabilistically Sophisticated Choice
Mark Machina () and
David Schmeidler ()
No 1088, Discussion Papers from Northwestern University, Center for Mathematical Studies in Economics and Management Science
In 1963, Anscombe and Aumann demonstrated that the introduction of an objective randomizing device into the Savage setting of subjective uncertainty considerably simplified the derivation of subjective probability from a decision maker's preferences over uncertain bets. The purpose of this paper is to present a more general derivation of classical subjective probability in such a framework, which neither assumes nor implies that the individual's risk preferences necessarily conform to the expected utility principle. We argue that the essence of "Bayesian rationality" is the assignment, correct manipulation, and proper updating of subjective event probablities when evaluating and comparing uncertain prospects, regardless of whether attitudes toward risk satisfy the expected utility property.
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Journal Article: Bayes without Bernoulli: Simple Conditions for Probabilistically Sophisticated Choice (1995)
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